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Metal Leaf Electroscope Simulator

Matthew Craig, Teacher at the Community Hebrew Academy of Toronto

I’ve been programming a suite of PC/MAC/Android simulations designed for teaching the Ontario curriculum for science and physics. One topic for which I have never had an effective simulation is the metal-leaf electroscope for grade 9 science, and revisited briefly in grade 12 physics.

The electroscope simulation I have developed is a very simple simulation that can be used to show induced charge separation, charging by contact, charging by induction and grounding. Read More...

A New Approach to Teaching Motion: Modeling, Metacognition, and Mathematical Sense-Making

Chris Meyer, York Mills C. I., Toronto

The Gold Medal Race
It was a thrill to watch the Toronto high school student Penny Oleksiak win gold in the pool at the Rio summer Olympics. Now my students and I watch her win every semester as part of our new motion unit for grade 11 physics. In this article, I will describe the new pedagogical ideas that I have built into this unit, starting with Penny Oleksiak. Penny’s outstanding performance is a great example for physics students because: she’s awesome, she’s female, she’s still in high school, and it draws students into a real application of what they learn: sport science.

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